Splunk Observability Cloud (SignalFx)
Connect Splunk Observability Cloud (SignalFx) to ZigiOps. API token setup, connected system configuration, and integration templates for monitoring workflows.
What is Splunk Observability Cloud (SignalFx) integration in ZigiOps?
Splunk Observability Cloud, formerly known as SignalFx, is a cloud and server-based observability platform used for real-time monitoring, alerting, and performance analysis of infrastructure and application environments.
ZigiOps enables integration between Splunk Observability Cloud and ITSM, DevOps, and service management platforms. Using an API token for authentication, ZigiOps can route alerts, metrics, and events from Splunk Observability Cloud into connected systems to support automated incident management and cross-team workflows.
With ZigiOps, Splunk Observability Cloud can:
Forward alerts and events to ITSM platforms such as ServiceNow or Jira
Participate in bi-directional workflows between monitoring and service management tools
Support automated escalation and routing of infrastructure incidents
Integrate with other observability and operations platforms without custom scripting
Which Splunk Observability Cloud versions are supported?
Splunk Observability Cloud (SignalFx)
Cloud, Server
All
Are there any environmental prerequisites for Splunk Observability Cloud?
How do I create an API token in Splunk Observability Cloud?
A user-generated Access Token is required for authentication against the Splunk SignalFx API. This token is entered as the Splunk SignalFx Token field during connected system setup in ZigiOps. Refer to the Splunk Observability Cloud documentation for instructions on generating an Access Token.
How do I connect Splunk Observability Cloud to ZigiOps?
Splunk Observability Cloud (SignalFx) - Connected System Configuration
Follow the steps below to add your Splunk Observability Cloud instance as a connected system.
Log in to ZigiOps
Log in to your ZigiOps instance.
Add Splunk Observability Cloud as a connected system
Navigate to Connected Systems > Add New System > Splunk Observability Cloud (Signal FX).
Configure the system parameters
Configure the following parameters:
URL
Input the URL of your instance.
Example: https://app.eu0.signalfx.com
Splunk SignalFx Token This is a user-generated Access Token that ZigiOps uses for authentication against the Splunk SignalFx API.
Proxy Settings (optional) Enables the usage of a proxy server.
Save the system
Examine the settings and, if they are correct, click Save to store the system.
Once saved, Splunk Observability Cloud becomes available for use in ZigiOps integration templates.
What are the most common Splunk Observability Cloud integration use cases?
Use case 1: Monitoring alert forwarding to ITSM
Alerts and events from Splunk Observability Cloud can be automatically forwarded to ITSM platforms such as ServiceNow or Jira, creating incidents or tickets for operations teams without manual intervention.
Use case 2: Cross-platform observability workflow automation
Splunk Observability Cloud data can be correlated with events from other monitoring or operations platforms, enabling unified alerting and automated response workflows across the enterprise.
What integration templates are available for Splunk Observability Cloud?
ZigiOps provides integration templates for Splunk Observability Cloud.
Each template includes:
Predefined entity mappings
Direction of synchronization
Entity-specific logic and filtering rules
Contact the ZigiWave support team at support@zigiwave.com for more information regarding available templates for this system.
Summary
The Splunk Observability Cloud (SignalFx) integration in ZigiOps enables:
API token-based authentication for Cloud and Server deployments
Support for all Splunk Observability Cloud versions
Alert and event forwarding to ITSM and DevOps platforms
Automated monitoring-to-incident workflows
Optional proxy configuration
Fully customizable synchronization workflows without custom scripting
ZigiOps allows Splunk Observability Cloud to participate in enterprise-grade observability and IT operations ecosystems without requiring custom development.
Last updated
Was this helpful?